The ability to store grain can be a fundamental aspect of a crop marketing strategy, providing growers with the opportunity to sell for later movement.

Of course, this can only be successful when effective grain storage facilities and management plans are in place, as these are pivotal for safeguarding premiums and grain quality to lessen the risk of rejections and claims.

Beneficial rain across most of Europe, as well as improving wheat and corn production prospects in the US, weighed on wheat markets early this week. Expectations for a bumper US corn crop in the 2020/21 season grew higher as US farmers advanced their planting to 97% completion. This is ahead of the five-year average of 94% and would suggest that drilling the increased 7.3 million acres projected by the United States Department of Agriculture (USDA) is highly likely...

You can also listen to Frontrunner - press play to hear the latest report on SoundCloud.

The report is read this week by Commercial Manager, Richard Johnston.

Rain arriving in the UK, northern Europe and Black Sea countries has been viewed as beneficial for the drought-stricken wheat crops in these regions, triggering a wave of selling on wheat futures markets earlier this week.

UK prices suffered particularly, losing as much as 40% of the gains they made during May. Values were not helped by the 1% gain of sterling against the euro. However, there was a notable turnaround on Thursday, led by wheat futures from the US Chicago Board of Trade (CBOT), which rallied to a six-week high... 

You can also listen to Frontrunner - press play to hear the latest report on SoundCloud.

This week's report is read by Barley Trader, Westly Garner.

With maize establishing well across the country now, attention is turning to the management of the crop during the crucial early stages.

The crop itself originated in sub-tropical regions, so it is a plant which loves conditions that tend to be warmer than the average UK spring. As a result, it is not uncommon for maize to show nutrient deficiencies, or for its growth to slow if temperatures are relatively cool.

​Cooler, wetter weather in the UK has brought some welcome relief to crops which, as a result, has brought out a few sellers. However, the UK will still need to import substantial quantities of rapeseed into the UK next season.

For 2019, rapeseed markets were mainly supply driven but, since the Covid-19 crisis, we've seen the collapse in demand for mineral oils and rapeseed oil as a result of the lockdowns imposed on industries that would ordinarily need these products. Typically, in the EU, 60% of the demand for rapeseed oil goes into biofuels, with the rest into the food service industry.

​Black-grass is major problem on many UK farms and it is now widely accepted that fully integrated solutions to manage the weed are fundamental to achieving any kind of success. Ultimately, most approaches are aimed at limiting seed return in order to reduce the overall population pressure.

In this blog, I discuss a number of management options that should be considered pre-harvest to reduce seed return and which should form part of an overall, long term plan to eradicate the weed.

Damaging heat and prolonged dry weather coupled with a fall in the value of sterling versus the euro have driven wheat prices higher again this week. Since the beginning of May, London 2020 wheat futures have gained almost £15/t. This is a particularly impressive performance when compared to French wheat futures, which, over the same period, have increased by little more than €3. Unfortunately, not all farmers will benefit from this. The prolonged wet drilling conditions throughout the autumn and winter period prevented planting in vast areas of the country and will result in the smallest UK wheat crop since the 1970s.

You can also listen to Frontrunner - press play to hear the latest report on SoundCloud.

Read this week by Farm Trader, Luke Cox.

World wheat markets had a poor start to the week as traders digested the bearish United States Department of Agriculture (USDA) World Supply and Demand report published last Tuesday. The report signalled ample grain supplies for the coming season and US wheat futures fell to lows not seen since last September. However, prolonged dry weather is adversely affecting the wheat production prospects for some of the primary producers across the Northern Hemisphere and leading officials and analysts to lower their crop estimates. This triggered a wave of buying mid-week and wheat futures rallied sharply.

You can also listen to Frontrunner - press play to hear the latest report on SoundCloud.

As I write this, glancing out of the window to look at blue skies over dry soil, it's all too easy to forget the extremely wet autumn and winter we all endured. Clearly, this posed a massive challenge for establishing autumn crops and has led to one of the smallest winter wheat areas we've seen for decades. 

It did, though, also cause large amounts of mobile nutrients like nitrogen and sulphur to be leached out of the soil, meaning we started spring growth with very low levels naturally available. Indeed...

This week, the United States Department of Agriculture (USDA) published its World Supply and Demand Estimates for May, which included its first look at the 2020/21 season. An increase in supply exceeding demand is anticipated, which will lead to increased year-end stocks for both wheat and corn. 

Corn production in the US - the world's largest producer - is predicted to jump significantly. By the end of last week, US farmers had drilled over two-thirds of the planned corn area. The area planted is expected to increase by over seven million acres on last year and yields should increase by over 6%.

​In our last two carbon management blogs, we've been talking about the role agriculture plays in annual carbon emissions and the ways in which growers can reduce their environmental impact through natural capital management. 

Now, while many farmers are choosing to take progressive steps towards carbon management, the law also obligates conventional farmers with over 15 acres of land to create Ecological Focus Areas (EFAs)...

Weather in the Northern Hemisphere continues to underpin grain prices, particularly ongoing dryness in some of Europe's key wheat-producing regions. Much of Northern Europe, the Baltics and Southern Russia have seen very little rainfall with the latter receiving just 5-20mm this week, so crops are continually being stressed. Consultancy, SovEcon, said on Friday that despite some recent rain, the extended drought period left irreversible damage to some crops which will result in lower output.

Unlike some of the advances in precision farming, biomass imagery doesn't require specialist or expensive equipment. In fact all that's really needed is a computer and a desire to discover some information that could be of value to your farm business.

Surprisingly, however, there are a number of farmers who are not fully utilising biomass imagery and its benefits – but why the reluctance?

Following a period of beneficial rain for much of the UK, northern Europe and countries in the Black Sea region, world wheat markets continued to fall earlier this week. London wheat futures lost all gains made during March and April as wheat crop production worries reduced. Improved supply prospects weighed on prices as well as freshly published estimates for reduced demand due to the impact of coronavirus. The latest EU balance sheet from Brussels cut approximately two million tonnes each from both feed and non-feed demand.

This is part two in our carbon management blog series. To read part one, click here.

Farmers are in a unique position of having great power to implement carbon sequestration measures. Carbon sequestration is the technical term for carbon capture. Carbon can be captured in the oceans, in natural rock formations, and in the earth. As an industry that deals heavily in soil management, agriculture is in a unique position for optimising on carbon sequestration opportunities.

Prolonged dryness has been adversely affecting wheat crops in the UK, northern Europe and the Black Sea region. This has helped support world wheat prices in recent weeks. This week, however, saw a change to weather patterns as low pressure systems sweeping in from the west brought much needed rain and relief to stressed winter and spring wheat fields. Confidence that notable yield losses may have been avoided triggered a wave of selling on futures markets. Buyers stood aside and prices dropped to eight-week lows. It remains to be seen how beneficial this rain has been.

Carbon farming is a 21^st-century buzzword and the pressure is on for modern farmers to take account of their carbon footprint. However, this drive to 'go green' can seem at odds with the commercial objectives of a profitable farm.

Yet, none of us can escape the inevitable changes ahead. The government has committed to the goal of a carbon-neutral UK by 2050. This is an increase from the 80% reduction in greenhouse gases that was agreed to in the Climate Change Act of 2008.

​World consumption of oils is forecast to decrease by up to 500,000 tonnes compared to that seen in 2019, due to less biodiesel and food demand.

​Over the past decade, we have seen many new fungicide actives tested and have also lost many others from the store as they are revoked.​

As growers start to look closely at fungicide programs for their winter wheat crops, it is interesting to look into the yield trends generated in Frontier's 3D Thinking trials to see where the contribution to overall yield will come from during the growing season.

The 3D Thinking program has always studied fungicides, their effect on yield and how to maximise the value gained from them.

Ramularia causes leaf spot symptoms in barley. While it has typically been more of an issue in the north of the UK, it is now being reported with increasing frequency further south. The disease has historically been a bigger issue in spring barley but the economic losses in winter barley are now an increasing problem too.

The disease has a complicated life cycle and is seed, air and trash-borne. The fungus, Ramularia collo-cygni, causes ramularia and grows from infected seed. It then moves systemically within new plant growth. Airborne spores produced on trash and crop debris can also infect plants.